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09:18 min
January 17th, 2020
DOI :
10.3791/60279-v
Chapters
0:05
Title
1:04
Nanoparticle Synthesis and Functionalization
2:43
FA-CuS NPS Uptake by Ovarian Cancer Cells
4:07
Flow System Architecture
6:16
Results: Detection of Ovarian Cancer
8:14
Conclusion
Transcript
目前临床卵巢癌检测措施为循环肿瘤细胞非特异性和缺乏护理点检测。我们的光音流系统能够测试患者样本,以检测血液中特定的卵巢癌标志物。此过程提供了独特的平台技术,在简单性、低成本、有希望的检测限制以及应用于广泛应用的能力方面,与现有技术具有改进。
通过这项工作,我们的目标是建立我们的卵巢癌靶向纳米粒子系统,以测试外体患者样本的CTC。这种高度通用的PAFC系统能够扩展用于临床用途,测试血液中是否存在广泛的生物标志物。正确的光学校准对于光音流细胞仪系统内目标的检测至关重要。
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Summary
提出了利用定制的光声流系统和靶向叶酸封铜硫化纳米粒子检测循环卵巢肿瘤细胞的协议。
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